Основное меню

A single Tog-L-Loc® joint is created to demostrate the joining process, then a pair of pliers are then used to demonstrate the strength of the joint. Allthought the sheet metal is bent and twisted, the Tog-L-Loc® joint remains stron and intact.

Tog-L-Loc® Example

A single Tog-L-Loc® joint is created to demostrate the joining process, then a pair of pliers are then used to demonstrate the strength of the joint. Allthought the sheet metal is bent and twisted, the Tog-L-Loc® joint remains stron and intact.

A Finite Element Analysis of a Tog-L-Loc® joint being created. The analysis shows the flow of metal and the stress levels within the joint during the Tog-L-Loc® process.

Tog-L-Loc® FEM

A Finite Element Analysis of a Tog-L-Loc® joint being created. The analysis shows the flow of metal and the stress levels within the joint during the Tog-L-Loc® process.

A part is assembled using a special machine solution.

Tog-L-Loc® Clinching

A part is assembled using a special machine solution.

A part is assembled using a custom punch side stripper and a pair of Tog-L-Loc 2 Blade Dies in this example.

Tog-L-Loc® Clinching - 2 Joints

A part is assembled using a custom punch side stripper and a pair of Tog-L-Loc® 2 Blade Dies in this example.

This video demonstrates a press creating three joints at a time in pre-painted material using a custom built joining solution.

Tog-L-Loc® Clinching - 3 Joints at Once

This video demonstrates a press creating three joints at a time in pre-painted material using a custom built joining solution.

Tog-L-Loc® is combined with piercing within a special machine to assemble an automotive brake pedal bracket in this video.

Special System

Tog-L-Loc® is combined with piercing within a special machine to assemble an automotive brake pedal bracket in this video.